CN208391775U - A kind of magnet ring ball mill convenient for automatic sieving - Google Patents

Abstract

The utility model discloses a kind of magnet ring ball mills convenient for automatic sieving, including body, discharge nozzle and tapping channel, rotating electric machine is installed at the top of the body, one end of the connecting rod is equipped with ball grinding cylinder, and ball grinding cylinder is set in body, the discharge nozzle is fixed on the bottom of ball grinding cylinder, and solenoid valve is installed in discharge nozzle, pedestal is provided on the inside of the organism bottom, discharge port is provided on the outside of the body, the tapping channel is installed on the edge of organism bottom, and one end of tapping channel is connected with abrasive grain cylinder, placing groove is offered in the abrasive grain cylinder, and abrasive grain case is installed in placing groove, and the bottom of abrasive grain case is fixed with abrasive grain filter screen.This is convenient for the magnet ring ball mill of automatic sieving, by the solenoid valve of setting, by after the completion of ball milling magnet ring and abrasive grain discharge automatically, automatic sieving processing is carried out to magnet ring and abrasive grain by the magnet ring strainer and different size of abrasive grain filter screen of setting, convenient for collecting.

Description

A kind of magnet ring ball mill convenient for automatic sieving

Technical field

The utility model relates to magnet ring ball mill technical field, specially a kind of magnet ring ball mill convenient for automatic sieving.

Background technique

Magnet ring is in molding pressing stage, even if devising process corner, however still inevitably chamfering sharp portion Point；Because the sharp parts are in subsequent coil coiling, the insulating layer of coil may be scratched, leads to the generation of safety accident；? Corner parts spray painting may be kept bad, cause pressure resistance bad in spraying process；For the magnet ring being relatively large in diameter, forming After the completion of compacting, can generally chamfered be carried out to magnet ring corner；For the smaller magnet ring of diameter, generally using ball mill into Row ball-milling treatment.

However existing magnet ring ball mill, ball-milling medium and magnet ring mix, it is general using artificial screening, working efficiency It is low, it is uneven to the screening of ball-milling medium, when ball milling reuses, it is easy to cause ball milling insufficient.In view of the above-mentioned problems, being badly in need of Innovative design is carried out on the basis of original magnet ring ball mill.

Utility model content

The purpose of this utility model is to provide a kind of magnet ring ball mills convenient for automatic sieving, to solve above-mentioned background skill Art proposes that existing magnet ring ball mill, ball-milling medium and magnet ring mix, and general using artificial screening, working efficiency is low, right The screening of ball-milling medium is uneven, when ball milling reuses, is easy to cause the problem that ball milling is insufficient.

To achieve the above object, the utility model provides the following technical solutions: a kind of magnet ring ball milling convenient for automatic sieving Machine, including body, discharge nozzle and tapping channel are equipped with rotating electric machine at the top of the body, and one end of rotating electric machine is solid Surely there is connecting rod, and the side of body is provided with feed hopper, one end of the connecting rod is equipped with ball grinding cylinder, and ball grinding cylinder is set It is placed in body, the discharge nozzle is fixed on the bottom of ball grinding cylinder, and solenoid valve is equipped in discharge nozzle, the organism bottom Inside is provided with pedestal, and magnet ring strainer is equipped between pedestal and discharge nozzle, and magnet ring strainer is fixed in body, described Discharge port is provided on the outside of body, and discharge port is located at one end of magnet ring strainer, the tapping channel is installed on organism bottom Edge, and one end of tapping channel is connected with abrasive grain cylinder, and placing groove, and installation in placing groove are offered in the abrasive grain cylinder There is abrasive grain case, and the bottom of abrasive grain case is fixed with abrasive grain filter screen.

Preferably, the ball grinding cylinder is designed as " convex " font structure, and between the bottom of ball grinding cylinder and magnet ring strainer mutually In parallel.

Preferably, the solenoid valve is bonded to each other with the inner wall of discharge nozzle, and is mutually hung down between discharge nozzle and ball grinding cylinder Directly.

Preferably, the magnet ring strainer is provided with 20 ° of downward slanted angles about the bottom of body, and magnet ring strainer Overhead height is higher than the overhead height of discharge port.

Preferably, the abrasive grain case has 3 about abrasive grain cylinder spaced set, and abrasive grain case and placing groove constitute disassembly peace Assembling structure, and abrasive grain case and placing groove coincide and connect.

Preferably, the mesh of the abrasive grain filter screen is set as big or middle two different rulers about abrasive grain case from top to bottom It is parallel to each other between very little and adjacent abrasive grain filter screen.

Compared with prior art, the utility model has the beneficial effects that should be convenient for the magnet ring ball mill of automatic sieving, setting There is solenoid valve, the magnet ring and abrasive grain after the completion of ball milling are fallen on magnet ring strainer by discharge nozzle, and magnet ring strainer is to magnet ring and mill Grain is filtered, and magnet ring enters discharge port by the tilt angle of magnet ring strainer, is collected to magnet ring, and filtered abrasive grain is logical It crosses tapping channel and enters abrasive grain cylinder, three abrasive grain casees being arranged in abrasive grain cylinder are installed different size of by abrasive grain bottom portion Abrasive grain filter screen, is filtered abrasive grain, and abrasive grain case is shaken in placing groove, so that the filtering of abrasive grain is more comprehensively, so Abrasive grain case is taken out in placing groove afterwards, processing is collected to filtered abrasive grain, which automatically will be after the completion of ball milling Magnet ring and abrasive grain are filtered screening, while different size of abrasive grain is carried out screening collection, and abrasive grain is recycled.

Detailed description of the invention

Fig. 1 is the utility model positive structure schematic；

Fig. 2 is the utility model side structure schematic diagram；

Fig. 3 is the utility model abrasive grain barrel structure schematic diagram；

Fig. 4 is the utility model abrasive grain filtering net installation schematic diagram.

In figure: 1, body；2, rotating electric machine；3, connecting rod；4, ball grinding cylinder；5, feed hopper；6, discharge nozzle；7, solenoid valve； 8, pedestal；9, magnet ring strainer；10, discharge port；11, tapping channel；12, abrasive grain cylinder；13, placing groove；14, abrasive grain case；15, abrasive grain Filter screen.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-4 is please referred to, the utility model provides a kind of technical solution: a kind of magnet ring ball mill convenient for automatic sieving, Including body 1, rotating electric machine 2, connecting rod 3, ball grinding cylinder 4, feed hopper 5, discharge nozzle 6, solenoid valve 7, pedestal 8, magnet ring strainer 9, Discharge port 10, tapping channel 11, abrasive grain cylinder 12, placing groove 13, abrasive grain case 14 and abrasive grain filter screen 15, the top installation of body 1 There is rotating electric machine 2, and one end of rotating electric machine 2 is fixed with connecting rod 3, and the side of body 1 is provided with feed hopper 5, connects One end of bar 3 is equipped with ball grinding cylinder 4, and ball grinding cylinder 4 is set in body 1, and discharge nozzle 6 is fixed on the bottom of ball grinding cylinder 4, and goes out Solenoid valve 7 is installed, solenoid valve 7 is bonded to each other with the inner wall of discharge nozzle 6, and between discharge nozzle 6 and ball grinding cylinder 4 in expects pipe 6 It is mutually perpendicular to, solenoid valve 7 is enabled to obstruct the material in ball grinding cylinder 4, while facilitating the material after the completion of ball milling in ball grinding cylinder 4 It falls in feed and exhaust tube 6, pedestal 8 is provided on the inside of 1 bottom of body, and magnet ring strainer is installed between pedestal 8 and discharge nozzle 6 9, and magnet ring strainer 9 is fixed in body 1, and ball grinding cylinder 4 is designed as " convex " font structure, and the bottom of ball grinding cylinder 4 and magnet ring It is parallel to each other between strainer 9, facilitates magnet ring and abrasive grain after completing ball milling to fall in discharge nozzle 6 by gravity, outside body 1 Side is provided with discharge port 10, and discharge port 10 is located at one end of magnet ring strainer 9, and magnet ring strainer 9 is provided with about the bottom of body 1 20 ° of downward slanted angles, and the overhead height of magnet ring strainer 9 is higher than the overhead height of discharge port 10, facilitates after completing ball milling Magnet ring discharge port 10 is entered by magnet ring strainer 9, tapping channel 11 is installed on the edge of 1 bottom of body, and tapping channel 11 one end is connected with abrasive grain cylinder 12, placing groove 13 is offered in abrasive grain cylinder 12, and abrasive grain case 14 is equipped in placing groove 13, and And the bottom of abrasive grain case 14 is fixed with abrasive grain filter screen 15, abrasive grain case 14 has 3, and abrasive grain about 12 spaced set of abrasive grain cylinder Case 14 and placing groove 13 constitute disassembly mounting structure, and abrasive grain case 14 and placing groove 13 coincide connection, it is convenient to using after Abrasive grain is filtered, while being conveniently collected to filtered abrasive grain, the mesh of abrasive grain filter screen 15 about abrasive grain case 14 from Top to bottm is set as big or middle two different sizes, and is parallel to each other between adjacent abrasive grain filter screen 15, so that after use Abrasive grain can distinguish collection by different size of abrasive grain filter screen 15.

Working principle: when being convenient for the magnet ring ball mill of automatic sieving using this, the magnet ring and mill of ball milling will be needed first Grain is poured into goal mill tube 4 by feed hopper 5, starts rotating electric machine 2, rotating electric machine 2 by connecting rod 3 drive ball grinding cylinder 4 into Row rotation carries out ball-milling treatment to the magnet ring in ball grinding cylinder 4, after the completion of ball milling, opens solenoid valve 7 in discharge nozzle 6, allows ball milling Magnet ring and abrasive grain after the completion is fallen on magnet ring strainer 9 by discharge nozzle 6, and magnet ring strainer 9 filters abrasive grain, and magnet ring passes through magnetic Ring strainer 9 reaches discharge port 10, is collected to the magnet ring after ball milling, filtered abrasive grain is fallen on pedestal 8, and abrasive grain passes through Tapping channel 11 is rolled to abrasive grain cylinder 12, and abrasive grain is by the interior abrasive grain filter screen 15 being arranged of abrasive grain case 14, to of different sizes Abrasive grain is filtered, and then shakes abrasive grain case 14 in placing groove 13, so that the filtering of abrasive grain is more comprehensively, abrasive grain case 14 is existed It is taken out in placing groove 13, processing is collected to abrasive grain.

Although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all It is included within the scope of protection of this utility model.

Claims (6)

1. a kind of magnet ring ball mill convenient for automatic sieving, including body (1), discharge nozzle (6) and tapping channel (11), feature It is: is equipped with rotating electric machine (2) at the top of the body (1), and one end of rotating electric machine (2) is fixed with connecting rod (3), and And the side of body (1) is provided with feed hopper (5), one end of the connecting rod (3) is equipped with ball grinding cylinder (4), and ball grinding cylinder (4) It is set in body (1), the discharge nozzle (6) is fixed on the bottom of ball grinding cylinder (4), and is equipped with solenoid valve in discharge nozzle (6) (7), it is provided with pedestal (8) on the inside of body (1) bottom, and magnet ring strainer is installed between pedestal (8) and discharge nozzle (6) (9), and magnet ring strainer (9) is fixed in body (1), is provided with discharge port (10) on the outside of the body (1), and discharge port (10) it is located at the one end of magnet ring strainer (9), the tapping channel (11) is installed on the edge of body (1) bottom, and it is logical to discharge The one end in road (11) is connected with abrasive grain cylinder (12), is offered placing groove (13) in the abrasive grain cylinder (12), and in placing groove (13) It is equipped with abrasive grain case (14), and the bottom of abrasive grain case (14) is fixed with abrasive grain filter screen (15).

2. a kind of magnet ring ball mill convenient for automatic sieving according to claim 1, it is characterised in that: the ball grinding cylinder (4) it is designed as " convex " font structure, and is parallel to each other between the bottom of ball grinding cylinder (4) and magnet ring strainer (9).

3. a kind of magnet ring ball mill convenient for automatic sieving according to claim 1, it is characterised in that: the solenoid valve (7) be bonded to each other with the inner wall of discharge nozzle (6), and be mutually perpendicular between discharge nozzle (6) and ball grinding cylinder (4).

4. a kind of magnet ring ball mill convenient for automatic sieving according to claim 1, it is characterised in that: the magnet ring strainer (9) bottom about body (1) is provided with 20 ° of downward slanted angles, and the overhead height of magnet ring strainer (9) is higher than discharge port (10) overhead height.

5. a kind of magnet ring ball mill convenient for automatic sieving according to claim 1, it is characterised in that: the abrasive grain case (14) there are 3 about abrasive grain cylinder (12) spaced set, and abrasive grain case (14) and placing groove (13) constitute disassembly mounting structure, and And abrasive grain case (14) and placing groove (13) coincide and connect.

6. a kind of magnet ring ball mill convenient for automatic sieving according to claim 1, it is characterised in that: the abrasive grain filtering The mesh of net (15) is set as big or middle two different sizes, and adjacent abrasive grain filtering about abrasive grain case (14) from top to bottom Net is parallel to each other between (15).